Zhejiang: Cultivate more than 10 internationally competitive AI leading companies within three years

Source: The content comes from "The Paper", thank you.

On February 15, the reporter learned from the website of the Zhejiang Provincial Department of Economy and Information Technology that the province recently issued the "Zhejiang Province Action Plan to Promote the Development of a New Generation of Artificial Intelligence (2019-2022)" (hereinafter referred to as the "Plan").

《计划》提出的行动目标是，力争到2022年，浙江省在关键领域、基础能力、企业培育、支撑体系等方面取得显著进步，成为全国领先的新一代人工智能核心技术引领区、产业发展示范区和创新发展新高地。

Specifically, it includes cultivating more than 10 internationally competitive leading artificial intelligence companies, more than 100 benchmark companies in artificial intelligence industry applications, and more than 500 specialized and small and medium-sized enterprises in artificial intelligence sub-sectors.

The “three major projects” for cultivating artificial intelligence enterprises include:

1. Leading enterprises. Support leading enterprises in intelligent manufacturing, intelligent hardware and software, intelligent finance, and intelligent logistics, such as Alibaba, Geely, Hikvision, Dahua, NetEase, Ant Financial, Cainiao Network, and Chuanhua Zhilian, to integrate resources, accelerate the development and industrialization of intelligent chips, key technologies for artificial intelligence, and innovative application technologies for the industry, build an artificial intelligence ecosystem, strengthen patent layout, and take the lead or participate in the formulation of national and international standards. Adhere to open cooperation, encourage qualified enterprises to build open computing platforms, and enhance the service capabilities of artificial intelligence. Cultivate more than 10 leading enterprises with international influence and competitiveness.

2. Industry benchmark enterprises. In the advantageous fields such as smart security, smart robots, smart key components, wearable devices, virtual reality, drones, voice/image recognition, and smart homes, we will accelerate the cultivation of more than 100 benchmark enterprises in the artificial intelligence industry.

3. Specialized and specialized enterprises. Attract outstanding AI entrepreneurial teams, incubators and various investment institutions from around the world, support leading AI companies and outstanding talents from universities and research institutes, connect entrepreneurs, makers and other groups to engage in AI innovation and entrepreneurship, and cultivate more than 500 competitive, specialized and specialized small and medium-sized enterprises in AI sub-sectors.

The plan proposes five key tasks, including breaking through key core basic theories and technologies, mastering basic software and hardware, accelerating the development of intelligent products, promoting the demonstration application of artificial intelligence, and deepening the military-civilian integration of artificial intelligence.

In terms of implementation paths, the Plan proposes to build an AI technology innovation center with global influence. We will vigorously promote the construction of Zhijiang Laboratory, Alibaba Damo Academy, etc., accelerate basic research and application technology development in the field of AI technology; actively promote the construction of large scientific facilities such as autonomous and controllable intelligent cloud platform quantum computing, and deploy key technology verification platforms such as network security attack and defense ranges and intelligent networked vehicle test sites; promote the construction of famous schools, colleges and institutions, actively strive to introduce famous domestic and foreign universities to Zhejiang for cooperative education, and build a number of world-class AI research institutes.

At the same time, with the Hangzhou West Science and Technology Innovation Corridor, Ningbo Nanjiang Science and Technology Innovation Corridor, and G60 Science and Technology Innovation Corridor as support, and focusing on central city science and technology cities, high-tech industrial parks, economic and technological development zones, characteristic towns, military-civilian integration industrial bases, and dual innovation demonstration bases as carriers, we will accelerate the strategic and overall layout of artificial intelligence professional parks, form a "2+X" industrial structure with Hangzhou and Ningbo as the core, and other regions such as Jiaxing, Shaoxing, and Huzhou with characteristic development, and build a national artificial intelligence development demonstration zone.

Artificial intelligence is a strategic technology that leads a new round of scientific and technological revolution and industrial transformation, and has a "leading goose" effect with strong spillover and driving force. With the continuous development and iteration of new theories and technologies such as the new generation of mobile Internet, big data, and supercomputing, the new generation of artificial intelligence is accelerating its development and increasingly showing new features of deep learning, cross-border integration, human-machine collaboration, group intelligence openness, and autonomous operation, which is having a significant impact on the economic and social development model and the international political and economic landscape. In order to thoroughly implement the various decisions and arrangements of the Party Central Committee, the State Council, the Provincial Party Committee and the Provincial Government on accelerating the development of a new generation of artificial intelligence, and to truly make the development of artificial intelligence a top priority in implementing the "No. 1 Project" of the digital economy, we will increase the efforts to tackle key problems in artificial intelligence core technologies and deeply integrate and apply them, continuously give birth to new industries, cultivate new momentum, seize the commanding heights, and promote the intelligent upgrading and high-quality development of the province's economy and society, and this action plan is specially formulated.

以数字经济为引领，超前系统布局，优化顶层设计，增强原创能力，务实核心基础，发展人工智能软硬件及智能终端产品，提升制造业智能化水平，完善公共支撑体系建设，推动人工智能与经济社会发展和人类生活需求深度融合，促进新一代人工智能高质量发展。力争到2022年，我省在关键领域、基础能力、企业培育、支撑体系等方面取得显著进步，成为全国领先的新一代人工智能核心技术引领区、产业发展示范区和创新发展新高地。

关键领域取得突破。智能核心芯片、智能操作系统、智能传感器、智能控制产品等智能软硬件研发和产业化取得标志性突破，智能机器人、智能无人系统、智能集成设备等智能终端产品制造形成显著产业竞争优势。

基础能力显著增强。大数据智能、跨媒体计算、群体智能、自主无人系统、虚拟现实、智能建模、类脑芯片、自然语言处理等基础理论与核心技术攻关取得重要进展，主导或参与制订若干领域人工智能技术标准规范。

The competitiveness of enterprises is outstanding. We will cultivate more than 10 internationally competitive AI leading enterprises, more than 100 AI industry application benchmark enterprises, and more than 500 specialized small and medium-sized enterprises in AI sub-sectors.

The support system has been basically established. We support the construction of Alibaba City Brain National New Generation Artificial Intelligence Open Innovation Platform, and support the upgrading of Hikvision's video perception open innovation platform to a national platform. We will actively strive to create a national innovation center for artificial intelligence, build more than 10 provincial artificial intelligence innovation platforms, accelerate the construction of the artificial intelligence "l+N" industry innovation alliance, and speed up the improvement of standard testing and intellectual property services, industry training databases, network security, network infrastructure and other systems.

1. Breakthroughs in key core basic theories and technologies

1. Strengthen basic theoretical research on artificial intelligence. Promote the establishment of a joint fund with the National Natural Science Foundation of China with artificial intelligence as the core, and establish joint funds with key enterprises, universities and research institutes to support major basic theoretical research on artificial intelligence. Promote Zhejiang University, Hangzhou Dianzi University, Zhijiang Laboratory, West Lake University and other universities and research institutes to focus on comparative advantage areas such as big data intelligence, cross-media perception computing, hybrid enhanced intelligence, swarm intelligence, autonomous collaborative control and optimized decision-making, carry out major basic research and cutting-edge scientific exploration, strive to be the first to break through, and obtain a number of original major scientific and technological achievements. (Responsible units: Provincial Department of Science and Technology, Provincial Department of Economics and Information Technology)

2. Conquer a number of key core technologies. Set up an artificial intelligence project in the major digital economy science and technology projects, with "data, algorithms, and hardware" as the core, focusing on key areas such as key artificial intelligence algorithms, software and hardware collaboration, and special systems, encourage the combination of production, learning, research, and application, and increase research on key core technologies such as cross-media analysis and reasoning technology, key technologies for group intelligence, new architectures and technologies for hybrid enhanced intelligence, virtual reality intelligent modeling technology, autonomous unmanned systems, and natural language processing, and develop strategic landmark achievement products with independent intellectual property rights. (Responsible units: Provincial Department of Science and Technology, Provincial Department of Economics and Information Technology)

3. Accelerate the innovation of engineering application technology. Build and improve the open source framework platform for engineering application technology, accelerate the practical application development of technologies such as machine learning, pattern recognition, and human-computer interaction, and promote iterative innovation of artificial intelligence in practical applications. Focus on breakthroughs in intelligent manufacturing engineering application technologies such as new sensing, advanced control and optimization, information recognition, and complex environment recognition, and promote the application of new models such as intelligent flexible production, large-scale personalized customization, and predictive maintenance. Accelerate the promotion of technological innovation and application of intelligent security, semiconductor process technology, and intelligent perception. (Responsible units: Provincial Department of Science and Technology, Provincial Department of Economics and Information Technology, Provincial Development and Reform Commission)

1. Data, algorithms, and computing power are the three basic driving technologies. Technologies such as multi-source heterogeneous big data representation, semantic understanding, semantic collaboration, and information fusion processing for cross-media interactions such as documents, voice, images, videos, and maps; new computing system technologies such as cloud computing, parallel computing, and grid computing; algorithm modeling research on computer vision, natural language processing, biometric recognition, new human-computer interaction, and autonomous decision-making control with deep learning as the core in intelligent manufacturing and intelligent service scenarios, to promote the hardware, systematization, and platformization of core artificial intelligence algorithms.
   

2. Cross-media analysis and reasoning technology. Research on cross-media unified representation, association understanding and knowledge mining, knowledge graph construction and learning, knowledge evolution and reasoning, intelligent description and generation, and develop cross-media analysis and reasoning engines and verification systems.

3. Key technologies of swarm intelligence. Carry out research on key technologies such as active perception and discovery, knowledge acquisition and generation, collaboration and sharing, evaluation and evolution, human-machine integration and enhancement, self-maintenance and safe interaction of swarm intelligence, build a service architecture for swarm intelligence space, and study collaborative decision-making and control technologies for mobile swarm intelligence.

4. New architecture and technology of hybrid augmented intelligence. Research on core technologies of hybrid augmented intelligence, cognitive computing framework, new hybrid computing architecture, human-machine co-driving, online intelligent learning technology, and hybrid augmented intelligence framework of parallel management and control.

5. Virtual reality intelligent modeling technology. Research on the mathematical expression and modeling methods of intelligent behavior of virtual objects, the natural, continuous and in-depth interaction between virtual objects and virtual environments and users, and the technology and method system of intelligent object modeling.

6. Key technologies for intelligent manufacturing. Focus on breakthroughs in intelligent manufacturing engineering application technologies such as new sensing technology, advanced control and optimization technology, functional safety technology, and information recognition technology, and accelerate the integrated application of artificial intelligence technologies such as complex environment recognition and new human-computer interaction in key technical equipment.

7. Innovative application technologies in multiple fields. Related application technologies such as visual semantic modeling, spatial and temporal positioning and search of visual objects, and engineering practice of intelligent security technologies such as 3D detection, tracking and recognition in machine vision; key technologies of third-generation semiconductor materials and high-end process technology of integrated circuits; application of advanced driver assistance systems and high-precision vehicle detection, identification and tracking, lane line detection, autonomous dispatching of rail transit and other technologies in intelligent networked vehicles; intelligent home application technologies such as intelligent perception, sensing and motion control, and multimodal human-computer interaction.

(II) Overcoming basic software and hardware

Focusing on the diversified demands of the economy and society for smart products, we will accelerate the research and development and application of core basic hardware such as key chips and smart sensors with independent intellectual property rights; accelerate the development and application of intelligent software, support the construction of open source platforms, and lay a solid foundation for the development of artificial intelligence.

1. Smart chip R&D and manufacturing. Focus on the development of artificial intelligence chips for industry terminal applications, and strengthen the forward-looking strategic layout of the design, packaging, testing, and manufacturing of high-performance, low-power smart chips such as processors and memory. Encourage the innovative development of integrated chip design and manufacturing companies and the introduction of professional chip foundry companies, accelerate the construction of advanced process integrated circuit production lines, achieve a breakthrough in 12-inch production lines, enhance the manufacturing capabilities of special processes, accelerate the layout of high-end storage and third-generation compound semiconductor industries, drive the development of packaging testing, key equipment and materials, and build an important national integrated circuit industry base. (Responsible units: Provincial Department of Economics and Information Technology, Provincial Department of Science and Technology)

2. Intelligent software development and application. Vigorously support software innovation and upgrading for artificial intelligence applications, provide software solutions for the development of artificial intelligence, and promote the coordinated development of software and hardware. Encourage the research and development of independent open source basic software, and vigorously promote the application of open source architecture to meet the multi-level market needs of artificial intelligence. Support industry-leading companies to carry out research on general-purpose artificial intelligence operating systems and control software with independent intellectual property rights. Explore the development of multi-architecture, multi-language open source framework tools, middleware, compilation libraries, etc., to support the development of application control systems such as intelligent manufacturing and unmanned driving. Optimize intelligent manufacturing software systems, create an independent industrial software technology system, and accelerate the improvement of the effective supply capacity of the integration of manufacturing and the Internet. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Department of Science and Technology)

3. Independent production of smart sensors and other components. Breakthroughs in key core technologies of smart sensors, accelerate the development of smart sensors with perception and interaction functions, based on new measurement principles, and realizing multiple measurement methods, and promote the integration and miniaturization of smart sensors. Develop and apply a number of intelligent control equipment that meet the characteristics of intelligent human-computer interaction, flexible and precise control, and real-time collaboration, and enhance the collaborative innovation capabilities of the industrial chain for new materials, manufacturing processes, and terminal applications of key smart components. By 2022, high-end smart sensors used in industry and consumer electronics will achieve industrial breakthroughs, effectively filling domestic gaps in related fields. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Department of Science and Technology)

4. Build and improve open source platforms. For common technologies such as machine learning, pattern recognition, intelligent semantic understanding, and key industry applications such as autonomous driving, support the research and development of development frameworks, algorithm libraries, tool sets, etc. for cloud training and terminal execution, support the construction of open source development platforms, open technology networks, and open source communities, encourage the construction of open computing service platforms that meet complex training needs, and encourage backbone leading enterprises to build a new industry ecosystem based on open source and open technology, with software, hardware, data, and application collaboration. By 2022, a number of open source development platforms for cloud training will be built to support large-scale distributed clusters, multiple hardware platforms, and multiple algorithms, and open source development for terminal execution. The platforms will have the characteristics of lightweight, modular, and reliable. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Department of Science and Technology)

Column 2: Landmark products of artificial intelligence achievements

1. Brain-computer interface system. Relying on research institutions such as the Frontier Science Center for Brain and Brain-computer Fusion of Zhejiang University and the International Joint Research Center for Brain-computer Collaborative Intelligence Technology (Ministry of Science and Technology) of Hangzhou Dianzi University, we are conducting research on high-precision, multi-modal brain information acquisition technology, computational models and methods of brain cognitive neural circuits, brain information encoding and regulation technology, brain neural circuit pattern analysis technology, and multi-brain collaborative brain-computer interaction technology, etc., in line with national strategic layouts such as China's new generation of artificial intelligence and the China Brain Project. We are also developing bidirectional-closed-loop brain-computer interface systems for major brain diseases and highly reliable next-generation brain-computer interface military systems.

2. City Brain. Relying on Alibaba and other new-generation artificial intelligence open innovation platforms, we will conquer core engine technologies such as data fusion, optimization control, real-time warning, real-time simulation, and content analysis, build a new urban intelligent infrastructure platform based on big data, deeply develop and utilize urban data resources, and achieve overall perception, global analysis, and intelligent processing of the city's operating status. This will be applied to urban transportation, urban safety, social comprehensive governance, urban management, health, environmental protection, tourism and other systems, effectively deploy public resources, significantly improve urban operating efficiency, and continuously improve the social governance system.

3. Video perception. Relying on leading AI companies such as Hikvision and Dahua Technology, we will conduct research and development of new theories, algorithms, and technologies such as video understanding, biometric recognition, complex environment perception, multimodal perception, cross-media perception, big data intelligence, and distributed computing, and develop edge-end intelligent video perception equipment and cloud-end intelligent video analysis equipment with independent intellectual property rights.

4. Smart chips. Relying on institutions such as Alibaba Damo Academy and Zhijiang Laboratory, integrating the R&D strength of chip companies such as Cambrian and Kneron, focusing on the strategic layout of independent R&D of "China Chip", we will carry out R&D of key technologies such as basic algorithms, visual computing, machine learning, quantum computing, intelligent sensing, network security, embedded systems, and human-computer natural interaction, and develop quantum chips with independent intellectual property rights, NPU dedicated chips, millimeter wave barrier-free sensing chips, and intelligent decision-making AI chips.

5. Intelligent autonomous unmanned system. Relying on Alibaba's new generation of artificial intelligence open innovation platform and Zhijiang Laboratory, we carry out research in high-precision maps, high-precision positioning, decision-making planning, intelligent control, simulation platforms and data platforms, break through road-side perception technology, vehicle-road communication technology, cloud communication technology, multi-sensor fusion technology and collaborative perception technology, develop L4-level vehicle-road collaborative autonomous driving system, and conduct regular testing.

6. Network security technology. Relying on research institutions and enterprises such as Zhijiang Laboratory, Hangzhou Dianzi University and Ahnheng Information, we have conducted research on the theory and methods of using artificial intelligence technology to enhance cyberspace security protection capabilities, achieved breakthroughs in network security situation awareness, correlation security situation analysis, self-learning emergency response defense and intelligent security operation and maintenance, and developed endogenously secure mimetic industrial control systems, endogenously secure intelligent edge gateways and endogenously secure mimetic industrial cloud platforms.

(III) Accelerate the development of smart products

Accurately identify the needs of industrial upgrading, strengthen industry-university-research cooperation, concentrate efforts on the research, production and market promotion of key smart products such as smart security, smart connected vehicles, smart robots, smart homes, and promote cluster innovation in artificial intelligence.

1. Smart security. Relying on the advantages of our province's smart security products, we will strengthen the research of a number of key technologies such as accurate image and video recognition, biometric recognition, intelligent perception, and deep learning, and realize the construction of a variety of complex security algorithm models such as accurate face recognition, intelligent analysis of image sequences, and target behavior understanding and description. Accelerate the research and application of smart security solutions for various scenarios such as social security, industrial monitoring, and natural disasters, accelerate the demonstration construction of public security areas based on artificial intelligence, and realize the intelligent transformation and upgrading of security equipment in key public areas. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Department of Science and Technology, Provincial Development and Reform Commission, Provincial Public Security Department, Provincial Department of Emergency Management)

2. Intelligent networked vehicles. Promote the integration of high-quality resources in artificial intelligence, automobile manufacturing, and the Internet in our province, accelerate the integrated application of intelligent technologies such as computer vision, advanced sensing, big data, vehicle networking, and autonomous decision-making and control in the field of human driving, and promote the research and development and application of key technology products such as intelligent assisted driving, complex environment perception, intelligent decision-making, and collaborative control. Deepen the cooperation between the ministry and the province in the demonstration of intelligent vehicles and smart transportation applications based on broadband mobile Internet, learn from the experience of building intelligent networked vehicle test platforms at home and abroad, increase investment in infrastructure, environmental transformation, operating equipment, and research and development for the construction of demonstration bases, promote the technological development and industrial application of intelligent vehicles, intelligent transportation, 5G and other broadband mobile networks, plan to build a number of intelligent networked vehicle test platforms, and realize the transformation from closed simple scenario testing experience to open application scenarios. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Development and Reform Commission, Provincial Department of Transportation)

3. Intelligent robots. Promote the deep integration of artificial intelligence technology and robots, and improve the intelligence level of robot products in terms of sensing, interaction, control, and collaboration. Further use technologies such as machine vision, human-machine collaboration, and multi-modal interaction to promote the demonstration application of industrial robots and intelligent manufacturing technologies in production scenarios in key areas such as high strength, high flexibility, high cleanliness, high risk, and high quality, and comprehensively improve the sensing, control, collaboration, and decision-making performance of industrial robots. Prioritize the layout of the intelligent service robot market, focus on intelligent perception, pattern recognition, intelligent analysis, and intelligent decision-making, and vigorously promote the research and development and industrialization of intelligent service robots for specific application scenarios such as education and entertainment, medical rehabilitation, elderly care, and security and rescue. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Health Commission)

4. Smart home. Relying on the advantages of the existing home appliance industry cluster in our province, we will integrate and utilize innovative resources for intelligent upgrades, and focus on supporting the application of technologies such as intelligent sensing, the Internet of Things, and machine learning in smart home products, to achieve functions such as human-computer dialogue, behavioral interaction, device interconnection, and collaborative control of home products. Accelerate the research and development and industrialization of new wearable home devices. Build and promote a number of smart home testing and evaluation, demonstration and application projects, and enhance the personalized and intelligent service capabilities of home products. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology)

(IV) Promoting the demonstration and application of artificial intelligence

Guided by the technological integration and model innovation of artificial intelligence scenario applications, we will expand product forms and application services, focus on key application areas such as smart manufacturing, smart medical care and health, education, business, logistics, finance, transportation, environmental protection, government affairs, and justice, strengthen the development and application of artificial intelligence application service products, and comprehensively enhance the province's artificial intelligence application capabilities.

1. Promote the deep integration of artificial intelligence and advanced manufacturing

Accelerate the integration and application of artificial intelligence technologies such as complex environment recognition and new human-computer interaction in key technical equipment, and significantly improve the application level of new intelligent manufacturing models such as intelligent production, large-scale personalized customization, and predictive maintenance.

• Accelerate the improvement of the level of intelligent manufacturing. Accelerate the creation of the "1+N" industrial Internet platform system, promote large-scale manufacturing enterprises to apply the industrial Internet platform, realize the digital control of internal management and production, guide small and medium-sized enterprises to use the industrial Internet platform to realize the migration of business systems to the cloud, and accelerate digitalization, networking, and intelligent upgrading. Rollingly implement the action plan for intelligent manufacturing and intelligent technology transformation, select backbone enterprises with good basic conditions and strong innovation capabilities, classify and step by step promote the application of new intelligent manufacturing models such as discrete, process, and personalized customization, and accelerate the construction of intelligent manufacturing units, intelligent production lines, digital workshops, and intelligent factories. Summarize and refine the experience of intelligent manufacturing (intelligent technology transformation) of demonstration projects, form a standard paradigm, and drive the intelligent upgrading of industrial clusters where small and medium-sized enterprises gather. By 2022, 500 demonstration projects for the application of new intelligent manufacturing models at or above the provincial level will be implemented, 100 smart factories will be built, the number of industrial robots in service will reach 150,000, and the density of manufacturing robots will reach more than 200 units per 10,000 people. (Responsible unit: Provincial Department of Economic and Information Technology)

• Vigorously develop and produce key technologies and equipment for intelligent manufacturing. Improve the self-detection, self-correction, self-adaptation, self-organization and intelligence level of high-end CNC machine tools and industrial robots; optimize the perception, cognition and control capabilities of intelligent sensors and distributed control systems (DCS), programmable logic controllers (PLC), data acquisition systems (SCADA), high-performance and high-reliability embedded control systems and other control equipment in complex working environments; accelerate the development and application of detection equipment based on artificial intelligence technologies such as image recognition and deep learning, as well as the innovative application of logistics equipment such as high-speed sorting machines, multi-layer shuttles, and high-density storage shuttle boards. Carry out the first unit (set) promotion project of major intelligent manufacturing equipment. By 2022, develop and promote more than 500 first units (sets) of intelligent technology equipment. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Department of Science and Technology)

2. Develop applications in the field of consumer services

Focusing on market consumption hotspots, we will give priority to carrying out pilot demonstrations of artificial intelligence applications in smart medical care and health, education, business, logistics, finance and other fields to further expand the scale of market applications.

• Smart healthcare and health. Promote the standardization and regularization of medical imaging data collection, support the research and development of medical imaging-assisted diagnosis technology in typical disease areas such as brain, lung, eye, bone, cardiovascular and cerebrovascular, and breast, and accelerate the productization and clinical auxiliary application of medical imaging-assisted diagnosis systems. Carry out pilot projects for the construction of smart hospitals, take the lead in establishing auxiliary diagnosis and treatment, automatic diagnosis, medication recommendations, health warnings and other services for diseases such as tumors, and accelerate the application of flexible wearable physiological monitoring systems. Strengthen group intelligent health management, develop wearable health management devices and smart home health detection and monitoring equipment, promote the integration of intelligent elderly care application systems, and develop new service models such as chronic disease management, home-based elderly care, health management consultation, and life care. (Provincial Health Commission, Provincial Department of Science and Technology, Provincial Department of Economics and Information Technology)

• Smart education. Use smart technology to accelerate the innovation of talent training models and teaching methods, and build a new education system that includes smart learning and interactive learning. Promote the construction of smart campuses and build a learner-centered smart education basic environment. Promote the application of artificial intelligence based on educational big data in the entire process of education management, teacher training, classroom applications, and teaching evaluation. Carry out the construction of smart education pilot demonstration schools, carry out data-based precision teaching, promote personalized learning, comprehensively promote smart education, and promote the transformation of education and teaching. Encourage market entities to develop online education and training platforms based on big data intelligence, three-dimensional simulation, etc. (Provincial Department of Education, Provincial Department of Economics and Information Technology)

• Smart business. Give full play to Zhejiang's first-mover advantage in e-commerce industry, closely follow consumer demand, encourage leading enterprises to apply new technologies such as cross-media analysis and reasoning, knowledge computing engines and knowledge services in the business field, and promote new business services and decision-making systems based on artificial intelligence. The application field of e-commerce is comprehensively expanded, and the innovative development of cross-border e-commerce, new retail, etc. is promoted to lead the country. (Provincial Department of Commerce)

• Smart logistics. Improve the information platform and service system for intelligent logistics collection, distribution and distribution, strengthen the research and development and promotion of intelligent logistics equipment such as intelligent loading and unloading, sorting and packaging, processing and distribution, build a deep perception intelligent warehousing system, improve the level and efficiency of warehousing operation management, and meet the needs of accurate, flexible and efficient material distribution and unmanned intelligent warehousing. Accelerate the international development of smart logistics, build a digital service platform for river-sea transport in Zhoushan, implement the "four ports linkage", build Hangzhou into a world-class logistics hub node city, and provide end-to-end supply chain solutions to the world (Provincial Department of Transportation, Provincial Department of Economics and Information Technology)

• Smart finance. Give full play to the advantages of the relative concentration of financial software companies in our province, use the financial big data platform to improve the ability to process and understand financial multimedia data. Innovate more financial artificial intelligence products suitable for banks, securities, funds, insurance, trusts and other financial sectors, establish intelligent risk control, intelligent investment advisors, intelligent customer service and other analytical application systems with data-driven as the core, develop new financial formats, and promote the comprehensive and intelligent improvement of the financial industry in terms of business processes, business development and customer service. (Provincial Local Financial Regulatory Bureau)

3. Expand application in public services

The focus is on expanding applications in areas such as smart transportation (cities), smart environmental protection, smart government affairs, and smart justice, and using artificial intelligence technology to continuously improve the level of intelligence in social public services.

• Intelligent transportation. Relying on the information technology foundation of smart transportation construction, introduce artificial intelligence elements, strengthen transformation and upgrading, and build a "city brain" transportation system. Break down the information barriers between departments, strengthen the connection and data sharing between the transportation system and external Internet data, promote the realization of data-driven transportation management and service models, and build a safe and orderly transportation environment. (Responsible units: Provincial Department of Economics and Information Technology, Provincial Development and Reform Commission, Provincial Public Security Department, Provincial Department of Transportation)

• Smart environmental protection. Establish smart environmental monitoring networks and service platforms for water, air, soil, solid waste, etc., select key areas and fields, and carry out pilot projects for smart prevention and control of environmental protection and sudden environmental incidents. (Responsible unit: Provincial Department of Ecology and Environment)

• Smart government affairs. Accelerate the application of multi-dimensional data analysis, emotion recognition, etc. in public demand forecasting and social public opinion analysis, make full use of artificial intelligence technology to improve the level of "running once at most" reform, and promote government services from data interoperability, information sharing, network office to intelligent decision-making management. (Responsible units: People's governments at all levels)

• Smart justice. Strengthen the application of artificial intelligence in evidence collection, case analysis, legal document reading and analysis, build a smart court data platform, and promote the intelligentization of the court trial system and trial capabilities. (Responsible unit: Provincial Department of Justice)

(V) Deepen the military-civilian integration of artificial intelligence

Implement the national military-civilian integration development strategy, vigorously carry out military-civilian integration innovation in artificial intelligence; give full play to the advantages of our province's developed private economy, accelerate the promotion of civilian participation in the military, guide the transformation and application of artificial intelligence scientific and technological achievements in the military industry to the civilian field, and achieve mutual promotion and strengthening of "civilian participation in the military" and "military to civilian".

Promote collaborative innovation in the military-civilian integration industry. Track the strategic layout and technological development trends of military-industrial groups, encourage private enterprises and colleges and universities in our province to deepen strategic cooperation with military research institutes and universities, and deploy a large number of major artificial intelligence industrialization projects such as broadband and smart ocean engineering, Beidou satellite navigation applications, new generation supercomputing centers, and quantum communications; build a military-civilian dual-use technology service center based on existing provincial and above enterprise innovation carriers, actively introduce national-level technology innovation platforms to set up military-civilian integration R&D centers in our province, strengthen cooperation with military institutes, and establish a military-civilian integration research institute, a military-civilian dual-use technology research center or a national defense key laboratory, and a national-level enterprise technology center. (Responsible units: Provincial Military-Civilian Integration Office, Provincial Department of Economics and Information Technology, Provincial Department of Science and Technology)

Carry out AI military-civilian integration innovation demonstration pilot. Relying on platforms such as the Hangzhou Dajiangdong Zhejiang University Military-Civilian Integration Collaborative Innovation Industrial Base, vigorously carry out AI military-civilian integration innovation; accelerate the application of AI in the marine equipment industry, promote the innovative development of the marine economy; strengthen the linkage between cities and counties, select a number of distinctive regions to carry out AI military-civilian integration innovation demonstration pilot work, and create a national military-civilian integration innovation demonstration zone. (Responsible units: Provincial Military-Civilian Integration Office, Provincial Department of Economics and Information Technology)

(I) Cultivate a group of innovative enterprises

Make full use of Zhejiang's first-mover advantage in the digital economy, accelerate the construction of an echelon of artificial intelligence enterprises, create an artificial intelligence ecosystem with leading enterprises as the core, industry benchmark enterprises as the support, and specialized small and medium-sized enterprises as the supplement, and drive the innovative development of the industrial chain. Encourage and support leading artificial intelligence enterprises and various high-tech parks to build open artificial intelligence professional maker spaces, and promote the transfer and transformation of artificial intelligence scientific and technological achievements. (Responsible units: Provincial Department of Economics and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology)

Column 3: "Three Major Projects" for Cultivating Artificial Intelligence Enterprises

1. Leading enterprises . Support leading enterprises in intelligent manufacturing, intelligent hardware and software, smart finance, and smart logistics, such as Alibaba, Geely, Hikvision, Dahua, NetEase, Ant Financial, Cainiao Network, and Chuanhua Zhilian, to integrate resources, accelerate the development and industrialization of smart chips, key technologies for artificial intelligence, and innovative application technologies for the industry, build an artificial intelligence ecosystem, strengthen patent layout, and take the lead or participate in the formulation of national and international standards. Adhere to open cooperation, encourage qualified enterprises to build open computing platforms, and enhance the service capabilities of artificial intelligence. Cultivate more than 10 leading enterprises with international influence and competitiveness.

2. Industry benchmark enterprises. In the advantageous fields such as smart security, smart robots, smart key components, wearable devices, virtual reality, drones, voice/image recognition, and smart homes, we will accelerate the cultivation of more than 100 benchmark enterprises in the artificial intelligence industry.

3. Specialized and specialized enterprises. Attract outstanding AI entrepreneurial teams, incubators and various investment institutions from around the world, support leading AI companies and outstanding talents from universities and research institutes, connect entrepreneurs, makers and other groups to engage in AI innovation and entrepreneurship, and cultivate more than 500 competitive, specialized and specialized small and medium-sized enterprises in AI sub-sectors.

(II) Implement a number of major projects

Focusing on building an industrial system of "core technology intelligent software and hardware and intelligent terminals - industry applications", we will strengthen strategic cooperation with well-known core enterprises at home and abroad, accelerate technology transformation in the field of military-civilian integration, deploy a number of strategic and overall intelligent software and hardware, terminals and industrialization major projects, plan and build a number of major projects, and form an investment scale of hundreds of billions.

Accelerate the implementation of a number of key projects. Accelerate the implementation of key intelligent chips, intelligent operating systems, intelligent manufacturing software and other intelligent hardware and software, intelligent robots, intelligent unmanned systems, intelligent integrated equipment, intelligent security, smart homes and other manufacturing projects. Plan to introduce a number of major projects. Carry out artificial intelligence "investment and talent introduction" activities globally, focusing on attracting leading companies in the fields of high-end AI-PU chip design and manufacturing, high-end servers, memory, network equipment production, intelligent software system development and system integration to settle in Zhejiang, as well as new generation of smart chips, sensors, GPUs, new semiconductor materials, driverless cars and other projects. Attract and land a number of major military-civilian integration projects. Focus on military-industrial central enterprises and groups that have strategic cooperation with our province, strengthen project attraction in the fields of satellite applications and communications, high-end electronic components, and enhance the scale production capacity of products such as flexible electronics, Beidou satellite navigation, and radio frequency integrated circuits. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Military-Civilian Integration Office, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Department of Commerce)

Column 4: Major AI Project Directions

1. Intelligent basic core hardware. Actively develop optoelectronics and microelectronics technology, enhance the design and manufacturing capabilities of artificial intelligence chips, focus on breakthroughs in the design, packaging, testing, and manufacturing technologies of artificial intelligence-specific chips, develop neural network chips, image processing chips, intelligent sensor chips, etc., and achieve leapfrog development of high-end intelligent chips. Accelerate the development of core basic hardware technologies such as new routing and switching equipment, high-performance servers, large-capacity data storage equipment, intelligent controllers, and intelligent sensors, and build a research and development and production base for high-end key components.

2. Intelligent software. Conduct research on programming algorithms for cloud computing, intelligent interaction, micro-integration, parallel computing, virtual reality, augmented reality, and big data processing technologies, and accelerate the application of domestic intelligent operating systems in industries such as smartphones, smart wearables, Internet cars, and smart homes. Support enterprises in developing open source software platforms and ecosystems, with a focus on supporting the development of software projects such as the Alibaba Cloud City Brain Project, the Nuclear New Tonghuashun Voice Interaction Service Platform and System Project, and the Hang Seng Electronics Financial Risk Monitoring System based on artificial intelligence.

3. Key basic materials. With the second-generation semiconductor materials, semiconductor lighting, and new display materials as the core, we will introduce and develop the second-generation semiconductor materials, key materials and devices for printed OLED displays, key materials for laser displays, key materials for quantum dot light-emitting displays, wearable flexible electronic materials, high-performance alloy conductive materials, high-performance composite materials, new inorganic non-metallic materials, biodegradable flexible silicon transistor materials, and other new-generation key materials for artificial intelligence. We will focus on building the Jiaxing Science and Technology City Flexible Electronics Technology Research Institute and build the world's first flexible electronics industrial park that integrates material and prototype research and development, standard setting, production, and product application.

4. Intelligent security. Strengthen the research on a number of key technologies, including accurate image and video recognition, biometric recognition, individual and group behavior recognition, coding recognition, intelligent perception, and deep learning. Support the research and development and achievement transformation of intelligent perception technologies for public security, industrial monitoring, and natural disasters, and promote the evolution of fixed monitoring and security products to mobile cruise, object judgment, behavior recognition, intelligent decision-making, automatic warning, and intelligent tracking.

5. Intelligent networked vehicles. Strengthen the research and development of key technologies and products such as autonomous driving chips, vehicle intelligent algorithms, autonomous driving systems, and vehicle communication systems, and create a vehicle intelligent computing platform with software, hardware, algorithms, networked communications, and information security integrated into the vehicle intelligent platform. Focus on the construction of intelligent networked vehicle platforms such as Huzhou Deqing and Ningbo Hangzhou Bay New Area.

6. Intelligent robots. Promote the deep integration of artificial intelligence technology and robots, and improve the intelligence level of robot products in terms of sensing, interaction, control, and collaboration. Strengthen the research and development and application of industrial robots with self-detection, self-correction, self-adaptation, and self-organization capabilities. Strengthen the research and development and application of intelligent service robots with environmental perception, natural interaction, autonomous learning, and human-machine collaboration, and support enterprises to launch intelligent robots that meet the needs of family services, intelligent public services, special services, etc.

7. Smart home. Strengthen the integrated application of smart sensing, Internet of Things, machine learning and other technologies in smart security, smart home appliances, smart lighting and other products, and the research and development of new smart home products. Expand the design of smart home products, develop smart touch control screens, smart phones, and wireless control systems, promote the intelligence of home appliances, and guide the transformation and upgrading of home appliance products to "product + service".

8. Intelligent network infrastructure. Strengthen the construction of intelligent network infrastructure such as the highly intelligent next-generation Internet, the fifth-generation mobile communication (5G) network with high speed, large capacity and low latency, the navigation network with fast and high-precision positioning, the ubiquitous, integrated and efficient interconnected space-earth integrated information network, as well as the industrial Internet and the Internet of Vehicles. Strive to make our province take the lead in the country in 5G scale trials and demonstration applications, and make Hangzhou a global 5G "pioneer city".

(III) Build a number of innovation centers

Focusing on cutting-edge technologies in the field of artificial intelligence, we will build a number of innovation carriers of international standards, attract and gather a number of high-end talents and teams, cultivate a number of "double innovation" platforms, and create an artificial intelligence science and technology innovation center with global influence. We will vigorously promote the construction of Zhijiang Laboratory, Alibaba Damo Academy, etc., accelerate basic research and application technology development in the field of artificial intelligence technology; actively promote the construction of large scientific facilities such as quantum computing of autonomous and controllable intelligent cloud platforms, and deploy key technology verification platforms such as network security attack and defense target ranges and intelligent networked vehicle test sites; promote the construction of famous schools, colleges and institutions, actively strive to introduce famous domestic and foreign universities to Zhejiang to cooperate in running schools, and build a number of world-class artificial intelligence research institutes. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Department of Education)

Column 5: Artificial Intelligence Innovation Center

1. Zhijiang Laboratory. Carry out R&D of core technologies with significant leading role in the fields of network information and artificial intelligence. Accelerate the completion of major scientific research projects such as artificial intelligence open source platform, intelligent barrier-free perception chips and systems, advanced industrial Internet security platform, brain observation and brain-computer fusion scientific equipment, and network large space intelligent search platform.

2. Westlake University. Relying on the construction of multiple independent laboratories such as intelligent medical devices, machine intelligence, artificial intelligence and robots, intelligent unmanned systems, intelligent deformation materials, and biological big data, it focuses on research in the fields of artificial intelligence.

3. Alibaba DAMO Academy. Establish a global digital technology R&D innovation platform, focus on machine intelligence, data computing, driverless driving, financial technology, quantum computing, artificial intelligence and other fields, and carry out basic theory and innovative technology research.

4. Alibaba City Brain National Artificial Intelligence Open Innovation Platform. Using cloud computing, big data, artificial intelligence and other technologies, we develop a city data brain that supports sustainable urban development, making it a new infrastructure for future cities, optimizing urban public resources using urban data resources, and promoting the upgrading of urban governance models. It will also become an urban intelligent innovation platform to promote the upgrading of the digital economy industry.

5. Hikvision Video Perception Artificial Intelligence Open Innovation Platform. Build a video perception artificial intelligence open innovation platform, create an open capability system, realize key common technology innovations in artificial intelligence, cultivate cutting-edge talents, promote data value realization, create an IoT edge perception device ecosystem, promote the deep integration of video perception technology and industrial applications, accelerate the digital transformation of traditional industries, and strive to create a national artificial intelligence open innovation platform.

6. Zhejiang University Artificial Intelligence Collaborative Innovation Center. Promote the research of the cutting-edge direction of the new generation of artificial intelligence, and carry out the integration and intersection of artificial intelligence and related disciplines around "artificial intelligence + X", including intelligent education, intelligent justice, intelligent medical care, computational sociology, etc., to build new disciplinary growth points, cultivate major original achievements and disruptive technological breakthroughs, and drive related disciplines to accelerate their progress towards world-class or leading positions.

7. Artificial Intelligence Research Institute of Hangzhou Dianzi University. Aiming at applications such as intelligent manufacturing, smart logistics, and smart health, the institute focuses on basic theoretical research on artificial intelligence, such as big data intelligence, group intelligence, and human-machine fusion enhanced intelligence, as well as cutting-edge core technology research such as autonomous collaborative control and optimization, human-machine-object ternary collaboration, and intelligent robots.

(IV) Layout of a number of industrial bases

With the support of Hangzhou West Science and Technology Innovation Corridor, Ningbo Nanjiang Science and Technology Innovation Corridor, and G60 Science and Technology Innovation Corridor, and focusing on the central city science and technology city, high-tech industrial park, economic and technological development zone, characteristic town, military-civilian integration industrial base, and dual innovation demonstration base, we will accelerate the strategic and overall layout of artificial intelligence professional parks, form a "2+X" industrial structure with Hangzhou and Ningbo as the core, and other regions such as Jiaxing, Shaoxing, and Huzhou as characteristic development, and build a national artificial intelligence development demonstration zone. (Responsible units: Provincial Department of Economics and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Department of Commerce, and people's governments at all levels)

Column 6: Layout of artificial intelligence bases

• Hangzhou. Give full play to the engine role of famous universities and enterprises such as Zhejiang University and Alibaba, accelerate the construction of industrial platforms such as Hangzhou West Science and Technology Innovation Corridor, Hangzhou Future Science and Technology City Artificial Intelligence Town, Binjiang Hangzhou Artificial Intelligence Park, Qingshan Lake Science and Technology City Micro-Nano Intelligent Manufacturing Town, and Hangzhou Turing Town, accelerate the layout and construction of a number of national major scientific and technological infrastructure, national laboratories, manufacturing innovation centers and other innovation platforms, actively cultivate new Internet-based artificial intelligence formats, focus on the development of new communication and network equipment, intelligent software and hardware, intelligent robots, drones and other intelligent terminals and basic products, and strive to create a national artificial intelligence cluster leading area.

• Ningbo. Relying on the Ningbo Institute of Materials, Chinese Academy of Sciences, Ningbo University, Ningbo Branch of the Academy of Military Science and other carriers, with the smart economy as the orientation, we will focus on the construction of industrial platforms such as the Ningbo High-tech Zone Intelligent Hardware Park, Yuyao Intelligent New Industry Port, and Ninghai Intelligent Automobile Town, develop intelligent robots, intelligent wearable devices, intelligent manufacturing equipment, smart home appliances, smart chips and other intelligent terminals and hardware and intelligent information basic materials, and accelerate the formation of an industrial system with artificial intelligence high-end manufacturing as the core.

• Jiaxing. Relying on the Yangtze River Delta Research Institute of Tsinghua University, Xiuzhou Military-Civilian Integration Industrial Base and other carriers, we will promote the construction of Jiaxing Science and Technology City, Jiaxing Nanhu Electronic Information (Intelligent Hardware) Industry Innovation Service Complex, Jiashan Sino-Singapore Industrial Park, etc., and focus on promoting the core technology research, major project implementation and key industry promotion of key links in the upstream and downstream of the artificial intelligence chain such as intelligent chip design, packaging and testing, intelligent networked vehicles, flexible electronics, optoelectronic displays, and intelligent sensors.

• Huzhou. Accelerate the construction of Deqing Smart Eco-City, carry out the national pilot demonstration of the next-generation artificial intelligence application in Deqing County, and promote the construction of Huzhou Science and Technology City Zhejiang University Huzhou Green Intelligent Manufacturing Research and Application Center and Zhejiang University Network New Huzhou Advanced Industry Center.

• Shaoxing: Focus on the development of smart chips and smart robots, focus on high-tech enterprises, and promote the "three hundred" demonstration projects of 100 smart upgrade products, 100 first (sets) of smart equipment, and 100 smart manufacturing demonstration projects.

• Taizhou. Relying on Taizhou UAV Town, Volvo Town, Zhejiang University Taizhou Research Institute and other carriers, develop UAV and general aviation, smart cars, smart homes and other smart terminals and parts products; implement a number of digital workshops and smart factory demonstration projects in the fields of pharmaceutical chemicals, automobile manufacturing, pumps and valves and motors, plastic molds, etc.

• Wenzhou. Taking the construction of Ningbo-Wenzhou National Independent Innovation Demonstration Zone as an opportunity, we will promote the construction of Yueqing Intelligent Electrical Provincial High-tech Industrial Park, and carry out intelligent manufacturing application demonstration pilot projects in the fields of intelligent electrical, key automotive components, pumps and valves, clothing and shoes, and pharmaceutical equipment.

(V) Build a number of public service platforms

Innovatively apply the sharing economy development model, build artificial intelligence public computing platforms, open sharing platforms, and industrial innovation collaborative platforms, and accelerate the improvement of artificial intelligence's high-speed computing, data processing, collaborative innovation and other support capabilities. A new generation of public computing platforms: research and develop development frameworks, algorithm libraries, tool sets, etc. for cloud training and terminal execution; build open source development platforms, open technology networks and open source communities, as well as open computing service platforms that meet complex training needs. Data open sharing platform: guided by the "one-stop" reform, build a government big data platform to improve public decision-making and service levels; support manufacturing companies to build big data collection, analysis and application platforms, form emerging formats with data as a service, and innovate big data + intelligent manufacturing application models. Industrial collaborative innovation platform: focus on supporting scientific research and enterprises such as Zhijiang Laboratory, Zhejiang University, and Alibaba Damo Academy to carry out industry-university-research cooperation, and give priority to the layout and construction of a number of key laboratories and other innovation platforms related to artificial intelligence around key commonalities and application technologies as well as intelligent software and hardware. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Zhijiang Laboratory)

(VI) Improve a number of support systems

Accelerate the construction of supporting systems in standard testing and intellectual property services, industry training databases, network security, network infrastructure, etc. Standard testing and intellectual property service system: encourage the establishment of an artificial intelligence standard system, build a second-party pilot test platform and carry out evaluation and assessment services; build an intellectual property service platform with basic support capabilities in the fields of pattern recognition, semantic understanding, autonomous driving, intelligent robots, etc. Industry training database: carry out research and development of key products such as speech recognition, visual recognition, natural language processing, and establish high-quality artificial intelligence training resource libraries, standard test data sets and cloud service platforms for industrial, medical, financial, transportation and other industries. Network security assurance system: accelerate the development and application of secure encryption smart chips with independent intellectual property rights. Support key application areas such as intelligent connected cars, smart homes, smart robots, and smart factories, and establish testing and evaluation methods and benchmarks to ensure the safety of the system as a whole and related individuals. Intelligent network infrastructure: accelerate the improvement and industrialization of technologies such as IPv6, fiber optic networks, 5G mobile communication networks, narrowband Internet of Things, Beidou navigation networks, industrial Internet, Internet of Vehicles, and integrated space and earth information networks. (Responsible units: Provincial Department of Economics and Information Technology, Provincial Cyberspace Administration Office, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Market Supervision Administration)

1. Establishing a work promotion system

Establish a provincial artificial intelligence development promotion liaison mechanism, and strengthen the overall planning, coordination, guidance and service functions of the joint meeting. All localities should implement the main responsibilities, improve the work mechanism, clarify the focus of artificial intelligence development in light of local conditions, and study and formulate work plans and supporting policies. Encourage and support localities to plan and build a number of major artificial intelligence projects and special platforms based on existing industrial foundations and characteristics, strengthen application demonstrations, and drive the development of artificial intelligence. Closely combined with the task of the "No. 1 Project" of the digital economy, promote the development of industrial intelligence in various places as one of the important contents of the assessment of digital economic development. (Responsible units: relevant provincial departments, people's governments at all levels)

(II) Strengthening policy support

Actively strive for national special support such as major projects on technological innovation in artificial intelligence and innovation in the artificial intelligence industry, coordinate and make good use of relevant special financial funds in the provincial science and technology and industry and information technology fields, and increase support for the integrated development of artificial intelligence with the real economy and social progress in various regions. Promote industrial funds at all levels of government to cooperate with social capital to establish investment sub-funds related to the development of artificial intelligence in a market-oriented manner. Encourage the establishment of various financing channels such as angel investment, venture capital, venture capital funds and capital market financing to guide social capital to invest in key areas and key projects of artificial intelligence. Support the construction of artificial intelligence services and standardization systems, and provide support for the construction of major scientific and technological projects and innovative service platforms. Establish a government procurement mechanism for artificial intelligence services, and use demonstration applications as a driving force to cultivate and promote the market. In the insurance premium compensation policy for the first major technical equipment, explore the introduction of key areas such as technical equipment and production lines that integrate artificial intelligence. (Responsible units: Provincial Department of Economic and Information Technology, Provincial Development and Reform Commission, Provincial Department of Science and Technology, Provincial Department of Finance, Provincial Local Financial Supervision and Administration Bureau)

(III) Strengthening industrial collaborative innovation

Support the establishment of a strategic alliance for technological innovation in the artificial intelligence industry, set up sub-alliances in subdivided fields, and form an innovation alliance system of "l+N" artificial intelligence in our province for joint development, complementary advantages, shared benefits, and shared risks. Jointly implement a number of basic scientific research and industrial innovation projects in artificial intelligence with outstanding talents and key directions, form a mechanism for industrial collaborative innovation, and accelerate the promotion of industrial technological innovation and demonstration applications. Actively cooperate with well-known universities and research institutions at home and abroad, accelerate the introduction of heavyweight scientific research teams, promote cutting-edge technology research in the field of artificial intelligence by Zhijiang Laboratory, vigorously support the construction of national innovation centers and provincial innovation platforms related to artificial intelligence, and give play to the leading advantages of our province in scientific research on artificial intelligence. (Responsible units: Provincial Department of Science and Technology, Provincial Development and Reform Commission, Provincial Department of Economics and Information Technology)

(IV) Strengthen the opening and application of data resources

Promote the integration and open sharing of government data, and vigorously promote the construction of a pilot province for the opening of public information resources. Relying on the Zhejiang Government Service Network, promote the integration of e-government infrastructure, information resource sharing and business collaboration across the province. Promote the implementation of the "Zhejiang Province Public Data and E-Government Management Measures", formulate public standards and technical specifications, implement data opening and maintenance responsibilities, and steadily promote the open sharing of public data resources. Guide artificial intelligence companies and other market entities to legally and compliantly carry out data asset circulation. Build a data resource management company, accelerate the development and utilization of data resources in various related fields, and promote the construction of a data resource-strong province. Open data information in key areas such as education, medical care, and tourism to artificial intelligence companies in accordance with the law and in an orderly manner, build a multi-type industry big data training library to meet the data needs of deep learning in artificial intelligence. Promote "Big Data + Air" to select a number of typical demonstration application areas, accelerate the construction and expand the application of the city's "data brain". Expand a number of big data scenario applications, accelerate the construction of a unified "Zhejiang Smart Brain" across the province, and form a new way of data-driven development. (Responsible units: Provincial Big Data Development Management Bureau, Provincial Department of Economics and Information Technology)

(V) Strengthening industrial opening-up and cooperation

Accelerate global cooperation in artificial intelligence, promote the establishment of an international artificial intelligence organization based in Hangzhou, and advocate the formulation of international standards and ethical norms for artificial intelligence; support our province's colleges, institutes and enterprises to strengthen substantive cooperation with international artificial intelligence schools and enterprises, and jointly establish international artificial intelligence science and technology cooperation bases, joint research centers and other cooperative institutions; increase the efforts to attract high-quality enterprises at home and abroad, and make up for the technical shortcomings of artificial intelligence through various methods such as technology purchases, corporate mergers and acquisitions, academic exchanges, R&D cooperation, and joint development. Encourage artificial intelligence companies with competitive advantages to "go global", accelerate the application of our province's artificial intelligence research and development results in countries along the "Belt and Road", and open up international markets. Hold high-level artificial intelligence conferences, innovation competitions and other major events, establish the Yangtze River Delta Artificial Intelligence Innovation Alliance, and deepen the coordinated development of the industry. (Responsible units: Provincial Department of Commerce, Provincial Department of Economics and Information Technology, Provincial Development and Reform Commission)

(VI) Strengthening discipline construction and high-end talent training

Implement the Ministry of Education's "Innovation Action Plan for Artificial Intelligence in Higher Education Institutions", comprehensively promote the construction of artificial intelligence disciplines and talent training, support higher education institutions in the province to carry out high-level research on cutting-edge artificial intelligence technologies, key core technologies, and technology industrialization applications, and strengthen the cross-integration of artificial intelligence and other disciplines and professional education; support Zhejiang University to independently set up a first-level doctoral program in artificial intelligence, support West Lake University to become a doctoral degree authorization point as soon as possible, increase the introduction of high-end talents, and implement the 12 new policies on artificial intelligence talents in depth, support qualified institutions and enterprises, and actively adopt project cooperation, technical consultation and other methods to attract high-level talents and innovation teams at home and abroad to Zhejiang to innovate and start businesses; formulate policies and allocation incentive mechanisms to encourage the conversion of military technology achievements to civilian use, and introduce high-end leading talents and management teams through multiple channels and multiple ways; increase artificial intelligence training efforts, support relevant research institutions, colleges and universities to carry out training cooperation with enterprises, carry out basic knowledge and application education of artificial intelligence, build a number of artificial intelligence training bases, strengthen the training and delivery of industrial talents by colleges and universities, and build a structured, pragmatic and efficient artificial intelligence talent echelon. (Responsible units: Provincial Talent Office, Provincial Department of Education, Provincial Department of Science and Technology, Provincial Department of Human Resources and Social Security)

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